def __separateMelds(self, tileString):
"""build a meld list from the hand string"""
# no matter how the tiles are grouped make a single
# meld for every bonus tile
# we need to remove spaces from the hand string first
# for building only pairs with length 2
splits = tileString.split()
rest = ''
for split in splits:
if split[0] == 'R':
rest = split[1:]
else:
meld = Meld(split)
self.melds.append(meld)
self.declaredMelds.append(meld)
if rest:
rest = sorted([rest[x:x+2] for x in range(0, len(rest), 2)])
self.__split(rest)
self.melds = sorted(self.melds, key=meldKey)
for meld in self.melds:
if not meld.isValid():
raise Exception('%s has an invalid meld: %s' % (self.string, meld.joined))
self.__categorizeMelds()
def __separateMelds(self, tileString):
"""build a meld list from the hand string"""
# no matter how the tiles are grouped make a single
# meld for every bonus tile
# we need to remove spaces from the hand string first
# for building only pairs with length 2
splits = tileString.split()
rest = ''
for split in splits:
if split[0] == 'R':
rest = split[1:]
else:
meld = Meld(split)
self.melds.append(meld)
self.declaredMelds.append(meld)
if rest:
rest = sorted([rest[x:x + 2] for x in range(0, len(rest), 2)])
self.__split(rest)
self.melds = sorted(self.melds, key=meldKey)
for meld in self.melds:
if not meld.isValid():
raise Exception('%s has an invalid meld: %s' %
(self.string, meld.joined))
self.__categorizeMelds()
